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Original research on AI governance, accountability frameworks, and strategic implementation for high-stakes business environments.

Latest Publication

AI Value Measurement

Measuring AI ROI in Private Equity: A Framework for Decision Velocity vs. Decision Quality

Dr. Leigh Coney Q1 2026 20 pages ResearchGate

Abstract

Private equity firms are investing aggressively in AI-powered deal sourcing, due diligence, and portfolio monitoring. Yet the industry lacks a coherent framework for measuring whether these investments generate genuine returns. The dominant metrics—deal throughput, time-to-completion, and analyst hours saved—capture decision velocity but ignore decision quality. A deal team that screens three times as many opportunities per quarter has not created investment value if the additional screening produces no incremental alpha, even if it provides secondary benefits in market intelligence and deal flow coverage.

This paper introduces the Decision Velocity–Quality Framework (DVQF), a measurement model designed specifically for private equity’s investment lifecycle. The DVQF provides a structured methodology for evaluating AI’s impact across four dimensions: throughput efficiency, analytical depth, outcome attribution, and risk-adjusted return contribution. Drawing on established research in decision science, performance measurement, and organisational behaviour, the framework addresses the critical gap between what PE firms currently measure and what actually determines whether AI creates or destroys investment value.

The paper proposes specific metrics, measurement protocols, and implementation guidance for general partners, operating partners, and chief technology officers responsible for justifying and optimising AI investments across the fund lifecycle.

Previous Publications

AI Governance & Deal Lifecycle

AI Governance Across the Deal Lifecycle: From Sourcing Through Portfolio Monitoring

Dr. Leigh Coney Q1 2026 20 pages DOI: 10.2139/ssrn.6274559

Executive Summary

The previous papers in this series established governance frameworks for AI-assisted due diligence—tiered verification protocols, complacency countermeasures, and skill preservation strategies. But due diligence, however critical, represents only one phase in a deal’s lifecycle. AI is now embedded across the entire investment process: sourcing potential targets, screening opportunities, supporting negotiations, monitoring portfolio companies, tracking value creation initiatives, and preparing exits.

This paper extends the WorkWise Verification Framework across the complete deal lifecycle. It maps AI use cases, error types, and governance requirements for five stages: deal sourcing and screening, due diligence, deal execution and negotiation support, portfolio monitoring and value creation, and exit preparation. For each stage, the paper identifies where AI adds genuine value, where it introduces hidden risk, and what governance structures are necessary to capture the former while controlling the latter.

The central argument is that governance requirements are not uniform across the lifecycle. A sourcing error that causes a firm to investigate an unsuitable target wastes time but is correctable. A portfolio monitoring error that masks declining performance can compound for quarters before surfacing. An exit preparation error that misstates a metric in a buyer presentation creates legal liability. The governance framework must be calibrated to these differences—applying the right intensity of oversight at each stage rather than imposing a single standard everywhere.

Skill Development & Organisational Learning — Paper 3 of 3

The Skill Erosion Paradox: Preserving Analytical Capability in AI-Augmented Teams

Dr. Leigh Coney Q1 2026 18 pages ResearchGate

Executive Summary

The previous two papers in this series examined how AI errors propagate through financial due diligence workflows and how automation complacency erodes the verification habits that catch those errors. This paper addresses a deeper, slower-moving threat: the gradual decay of the analytical skills that make verification possible in the first place.

This is the Skill Erosion Paradox: the same delegation that makes teams more productive today quietly undermines the pipeline of expertise that those teams depend on tomorrow. This paper presents a framework for preserving and developing analytical capability in AI-augmented environments, drawing on research in expertise development, deliberate practice theory, and organisational learning.

Automation Complacency & Verification Atrophy — Paper 2 of 3

Combating Automation Complacency in Financial Due Diligence — A Deep Dive into Verification Atrophy: Cognitive Interventions and Interface Design for Epistemic Humility

Dr. Leigh Coney Q1 2026 DOI: 10.2139/ssrn.6111107

Executive Summary

As AI systems become increasingly integrated into financial due diligence workflows, a dangerous paradox has emerged: the more polished and confident AI outputs appear, the less likely experienced professionals are to scrutinise them. This phenomenon — Verification Atrophy — represents one of the most significant yet underappreciated risks in AI-augmented decision-making.

This paper presents a comprehensive framework for combating automation complacency through four complementary approaches: (1) cognitive interventions, (2) interface design principles, (3) organisational protocols, and (4) measurement frameworks. The goal is not to slow AI adoption but to make it sustainable — ensuring that efficiency gains are not eventually consumed by the costs of undetected errors.

AI Governance — Paper 1 of 3

Closing the Accountability Gap: A Governance Framework for AI in Private Equity, Venture Capital, and Strategic Consulting

Dr. Leigh Coney December 31, 2025 17 pages DOI: 10.2139/ssrn.5991655

Abstract

The rapid integration of artificial intelligence into private equity, venture capital, and strategic consulting has outpaced the development of governance frameworks capable of ensuring responsible deployment. While AI promises transformative efficiency gains in due diligence, deal sourcing, portfolio monitoring, and strategic advisory, these high-stakes environments present unique accountability challenges that existing AI governance models fail to address adequately.

This paper introduces a comprehensive governance framework designed specifically for AI applications in investment and advisory contexts. Drawing on established principles from financial regulation, fiduciary duty law, and emerging AI governance standards, the framework addresses three critical gaps: (1) the attribution problem in algorithmic decision-making, (2) the tension between AI efficiency and professional judgment obligations, and (3) the liability uncertainties when AI systems influence investment recommendations or strategic advice.

The proposed framework establishes clear accountability chains, implements tiered oversight mechanisms proportional to decision stakes, and creates audit trails that satisfy both regulatory requirements and fiduciary obligations.

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